This contribution presents a strategy for programming mechanics simulations including particle methods on multi-core shared memory machines. \u
AbstractThe computational performance of a smoothed particle hydrodynamics (SPH) simulation is inves...
We discuss the use of current shared-memory systems for discrete-particle modeling of heterogeneous ...
Pseudo-Particle Modeling (PPM) is a particle method proposed by Ge and Li in 1996 [Ge, W., & Li, J. ...
This contribution presents a strategy for programming mechanics simulations including particle metho...
This presents a strategy for programming particle simulation methods on multi-core shared memory mac...
This paper presents a numerical framework that enables scalable, parallel execution of engineering s...
In this paper, a simulation framework that enables distributed numerical computing in multi-core sha...
We develop a modern fluid simulation implementing the Smoothed Particle Hydrodynamics method with sh...
This paper discusses the implementation of particle based numerical methods on multi-core machines. ...
The focus of this paper is on the parallel computing aspects of multi-physics CFD methods and the im...
Presented at the SCS Spring Simulation Multi-Conference – SpringSim 2011, April 4-7, 2011 – Boston, ...
We present the design of software packages called Particle Movers that have been developed to simula...
A parallel algorithm suitable for simulating multi-sized particle systems and multiphase fluid syste...
In this article, we review an algorithm for parallel computing and a software for conducting computa...
methods for simulation of subsurface multiphase fluid flow and biogeochemical processes
AbstractThe computational performance of a smoothed particle hydrodynamics (SPH) simulation is inves...
We discuss the use of current shared-memory systems for discrete-particle modeling of heterogeneous ...
Pseudo-Particle Modeling (PPM) is a particle method proposed by Ge and Li in 1996 [Ge, W., & Li, J. ...
This contribution presents a strategy for programming mechanics simulations including particle metho...
This presents a strategy for programming particle simulation methods on multi-core shared memory mac...
This paper presents a numerical framework that enables scalable, parallel execution of engineering s...
In this paper, a simulation framework that enables distributed numerical computing in multi-core sha...
We develop a modern fluid simulation implementing the Smoothed Particle Hydrodynamics method with sh...
This paper discusses the implementation of particle based numerical methods on multi-core machines. ...
The focus of this paper is on the parallel computing aspects of multi-physics CFD methods and the im...
Presented at the SCS Spring Simulation Multi-Conference – SpringSim 2011, April 4-7, 2011 – Boston, ...
We present the design of software packages called Particle Movers that have been developed to simula...
A parallel algorithm suitable for simulating multi-sized particle systems and multiphase fluid syste...
In this article, we review an algorithm for parallel computing and a software for conducting computa...
methods for simulation of subsurface multiphase fluid flow and biogeochemical processes
AbstractThe computational performance of a smoothed particle hydrodynamics (SPH) simulation is inves...
We discuss the use of current shared-memory systems for discrete-particle modeling of heterogeneous ...
Pseudo-Particle Modeling (PPM) is a particle method proposed by Ge and Li in 1996 [Ge, W., & Li, J. ...
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